[ABSTRAK
Jembatan Selat Sunda (JSS) merupakan mega proyek dengan dana terbesar diIndonesia. Peran jembatan ini sangat penting sebagai fungsi transportasipenghubung Jawa dan Sumatra. Permasalahan baru timbul akibat rendahnyatingkat pengembalian investasi jembatan jika hanya mengandalkan daripendapatan lalu-lintas. Sebuah gagasan untuk meningkatkan fungsi dari jembatanini telah diteliti pada penelitian sebelumnya melalui penambahan fungsi energidan pariwisata. Dari penelitian ini didapat desain konseptual struktur JSS denganpenambahan fungsi energi dan pariwisata serta estimasi Life Cycle Cost sebesarRp 201,07 Trilyun di tahun 2017

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ABSTRACT
Sunda Strait Bridge (SSB) is a mega project with the largest funds in Indonesia.This has an important role as a bridge connecting Java and Sumatra. A newproblems appears due to the low rate of return on investment if only rely on bridgetraffic revenue. An idea to improve the function of the bridge has beeninvestigated in previous research through the addition of energy and tourismfunctions. This research shows conceptual design SSB structure with the additionof energy and tourism functions and Life Cycle Cost estimated of Rp 201.07trillion in 2017.;Sunda Strait Bridge (SSB) is a mega project with the largest funds in Indonesia.This has an important role as a bridge connecting Java and Sumatra. A newproblems appears due to the low rate of return on investment if only rely on bridgetraffic revenue. An idea to improve the function of the bridge has beeninvestigated in previous research through the addition of energy and tourismfunctions. This research shows conceptual design SSB structure with the additionof energy and tourism functions and Life Cycle Cost estimated of Rp 201.07trillion in 2017., Sunda Strait Bridge (SSB) is a mega project with the largest funds in Indonesia.This has an important role as a bridge connecting Java and Sumatra. A newproblems appears due to the low rate of return on investment if only rely on bridgetraffic revenue. An idea to improve the function of the bridge has beeninvestigated in previous research through the addition of energy and tourismfunctions. This research shows conceptual design SSB structure with the additionof energy and tourism functions and Life Cycle Cost estimated of Rp 201.07trillion in 2017.]